|1.||WO||WO/2015/012779 - MEDICINAL AGENT HAVING A CARDIOPROTECTIVE EFFECT||29.01.2015||
|PCT/UA2013/000127||ZAGORII, Gleb Vladimirovich||ZAGORII, Gleb Vladimirovich|
The invention relates to medicine and the chemical and pharmaceutical industry, and more particularly to the creation, production and use of cardioprotective agents for treating heart diseases. The medicinal agent contains (in grams): Mexidol (10-50); Meldonium (80-200); excipients - the remainder up to 1 liter. The technical result consists in achieving a high level and broad spectrum of cardioprotective activity while simultaneously reducing or eliminating side effects and contraindications.
|2.||WO||WO/2015/012780 - MEDICINAL AGENT HAVING A CEREBROPROTECTIVE EFFECT||29.01.2015||
|PCT/UA2013/000128||ZAGORII, Gleb Vladimirovich||ZAGORII, Gleb Vladimirovich|
The invention relates to medicine and the chemical and pharmaceutical industry, and more particularly to the creation, production and use of cerebroprotective agents for improving cerebral blood flood. The medicinal agent contains (in grams): Mexidol (10-50); Meldonium (80-200); excipients - the remainder up to 1 liter. The technical result consists in achieving a high level and broad spectrum of cerebroprotective activity while simultaneously reducing or eliminating side effects and contraindications.
|3.||WO||WO/2015/012781 - MEDICINAL AGENT EXHIBITING CARDIOPROTECTIVE EFFECT||29.01.2015||
|PCT/UA2014/000075||ZAGORII, Gleb Vladimirovich||ZAGORII, Gleb Vladimirovich|
The invention relates to medicine and to the chemical and pharmaceutical industry, specifically for creating, producing and applying cardioprotective means to the treatment and improvement of cerebral blood circulation. The medicinal agent contains (in grams): mexidol (12.5); meldonium (100); excipients - the remainder up to 1 liter. The technical result consists in achieving a high level and broad spectrum of cardioprotective activity while simultaneously reducing or eliminating side effects and contraindications.
|4.||WO||WO/2015/009266 - TECHNIQUE FOR MANUFACTURING GLYCERIN SOAP||22.01.2015||
|PCT/UA2013/000138||ROGOL, Sofiya Isaakovna||ROGOL, Sofiya Isaakovna|
The present technique for manufacturing glycerin soap relates to the oil and fat industry and can be used in the field of soap making for manufacturing glycerin soap. The technical result is an increase in the degree of foaming of the soap and, accordingly, in the detergent properties of the soap during use. The degree of foaming is achieved by beating a molten soap mass under set technical parameters.
|5.||WO||WO/2015/005890 - COMPOSITION FOR DECOLMATATION AND CLEANING A BOTTOMHOLE ZONE OF OIL- AND GAS- SATURATED FORMATIONS||15.01.2015||
|PCT/UA2014/000073||LIMITED LIABILITY COMPANY "SPK-GEO"||HUBYCH, Ihor|
The present invention relates to the oil and gas producing industry, and in particular to the complex composition created to be used for restoration of the functioning of the oil and gas wells having the bottomhole zones mudded because colmatation by the formation water, condensate, or swelling of the clay rocks, resin-asphaltene and paraffin components. The aim of the present invention is to improve a composition for decolmatation and cleaning the bottomwell zone of oil- and gas-saturated formations by means of imparting to the composition a complex of properties which provide the restoration of the well operation and increase of the hydrocarbon extraction level. The claimed composition includes the nonionogenic SAA: poly glycosides and/or ethoxylated higher C8 - C18 alcohols, and/or fatty acid amides, ionogenic SAA: alkylamides and/or fatty acid cocoamides, a mineral and/or organic acid, potassium and/or sodium salts, and/or ammonium salts, II and III valent metal salts, which are capable of decrease swelling of clay in the formation zone, and water, in which the ratios of said components correspond to a highest level of decolmatation and cleaning of the bottomwell zone.
|6.||WO||WO/2015/005889 - ACTIVE MONITORING, DIAGNOSTIC METHOD, USAGE||15.01.2015||
|PCT/UA2014/000071||MOSTOVIY, Vasyl||MOSTOVIY, Vasyl|
The invention relates to the field of measuring various probing signals and, more specifically, to means and methods for counteracting interference during the measurement thereof; the invention also relates to an integrated method for geophysical surveying, including seismic surveying, and can be used for reducing noise in obtained seismic data. In the proposed method for measuring a signal, consisting of accumulating responses to a probing signal and of a summation of the signals, according to the invention, in order to resume a system reaction to an "ideal" signal, a priori distributions of fluctuational parameters of probing signals are used. In a different variant for measuring, the goal is achieved in that, in the method for measuring a signal, consisting of accumulating responses to a probing signal and of a summation of the signals, a mathematical expectation is calculated using formula (I), where Е [ n(t) ] = 0 according to the invention, and the reaction of the system to an "ideal" probing signal is used as the response. The technical result achieved by the proposed invention is the development of a method which allows for increasing the signal-to-noise ratio and, correspondingly, for increasing the accuracy of research.
|7.||WO||WO/2015/005888 - PLASMA-ARC DEVICE FOR FORMING COATINGS||15.01.2015||
|PCT/UA2014/000011||TOVARYSTVO Z OBMEZHENOIU VIDPOVIDALNISTIU "HRESEM INOVEISHN"||SEMENIUK, Valerii Fedorovych|
The use of significant distinguishing features such as an additional solenoid element, a separating electrode having a diameter which corresponds in a certain way to the diameter of an anode and cathode, and the ability of a solenoid element, which encircles a cathode, to be displaced along an axis allows for forming a coating from a plasma flow which is fully free of microdroplet fractions, and for stabilizing the technological parameters of the device regardless of a change in the geometry of the cathode being consumed.
|8.||WO||WO/2015/005887 - DEVICE FOR FEEDING SAND UNDER WHEELS OF VEHICLE||15.01.2015||
|PCT/UA2013/000103||LIMITED LIABILITY COMPANY "CORUM GROUP"||MELNIKOV, Sergey Afanasievich|
1. Technical field: mechanical engineering. 2. Direct application: to railway transportation for feeding sand under wheels. 3. Essence of the utility model: the device is additionally provided with a shaker, the impacting element of which is connected to a shaft, and a counterpart is provided on the housing. 4. The technical result is an increase in the looseness of sand, and a decrease in the consumption of materials, which improves operational reliability.
|9.||WO||WO/2015/002627 - FACE-END SUPPORT SECTION||08.01.2015||
|PCT/UA2013/000084||LIMITED LIABILITY COMPANY "CORUM GROUP"||GRIN, Michail Grigorovich|
1. Technical field: mining machinery manufacturing. 2. Direct use: support for a junction between a longwall and a working. 3. Essence of the invention: at least one additional four-bar linkage and table adjustment props are hingedly connected to the table and base of the section. 4. Technical result: an increase in the safety and effectiveness of adjusting and operating a mechanized system.
|10.||WO||WO/2015/002628 - GEAR MECHANISM OF MEASURING INSTRUMENT AND ELECTRO-MECHANICAL AND MECHANICAL WATCHES CONTAINING THE SAME||08.01.2015||
||PCT/UA2014/000058||SHEYKO, Sergiy Vyacheslavovich||SHEYKO, Sergiy Vyacheslavovich|
The proposed invention relates to instrument engineering, namely, to indication systems in analog measuring devices and multi-stage information instruments, particularly in electro¬ mechanical and mechanical watches, and strives to improve their arrangements due to direct application of gear mechanism as a display module with optimal arrangement of power, drive and control systems, thus making the instrument more compact, reliable and visually comfortable. This purpose is attained in measuring instruments with escapement and/or drive with known linear dependence between its rotary speed and measured value, which comprises a multistage gear mechanism including nested coaxial planetary gearings with optional internal setting joinings and external kinematic relations. Some variants are also proposed for engagement in such mechanisms and aimed to increase their operational efficiency due to minimization of sliding friction in them by application of bearing gears that along with gearing engagement and radial rolling effected by cylindrical surfaces of coaxial end rollers, have axial rolling, namely, herringbone or arched engagement, or beveled teeth and rollers adjacent end faces.